mcp-server-unitycatalog
remote-capable server
The server can be hosted and run remotely because it primarily relies on remote services or has no dependency on the local environment.
Integrations
Enables configuration through environment variables stored in .env files, making it easier to manage server settings.
Supports containerized deployment through Docker, allowing the MCP server to run in isolated environments with proper configuration.
Hosted on GitHub with documentation and resources available through the repository.
mcp-server-unitycatalog: An Unity Catalog MCP server
Overview
A Model Context Protocol server for Unity Catalog. This server provides Unity Catalog Functions as MCP tools.
Tools
You can use all Unity Catalog Functions registered in Unity Catalog alongside the following predefined Unity Catalog AI tools:
uc_list_functions
- Lists functions within the specified parent catalog and schema.
- Returns: A list of functions retrieved from Unity Catalog.
uc_get_function
- Gets a function within a parent catalog and schema.
- Input:
name
(string): The name of the function (not fully-qualified).
- Returns: A function details retrieved from Unity Catalog.
uc_create_function
- Creates a function within a parent catalog and schema. WARNING: This API is experimental and will change in future versions.
- Input:
name
(string): The name of the function (not fully-qualified).script
(string): The Python script including the function to be registered.
- Returns: A function details created within Unity Catalog.
uc_delete_function
- Deletes a function within a parent catalog and schema.
- Input:
name
(string): The name of the function (not fully-qualified).
- Returns: None.
Installation
Using uv
When using uv
no specific installation is needed. We will use
uvx
to directly run mcp-server-git.
Configuration
These values can also be set via CLI options or .env
environment variables. Required arguments are the Unity Catalog server, catalog, and schema, while the access token and verbosity level are optional. Run uv run mcp-server-unitycatalog --help
for more detailed configuration options.
Argument | Environment Variable | Description | Required/Optional |
---|---|---|---|
-u , --uc_server | UC_SERVER | The base URL of the Unity Catalog server. | Required |
-c , --uc_catalog | UC_CATALOG | The name of the Unity Catalog catalog. | Required |
-s , --uc_schema | UC_SCHEMA | The name of the schema within a Unity Catalog catalog. | Required |
-t , --uc_token | UC_TOKEN | The access token used to authorize API requests to the Unity Catalog server. | Optional |
-v , --uc_verbosity | UC_VERBOSITY | The verbosity level for logging. Default: warn . | Optional |
-l , --uc_log_directory | UC_LOG_DIRECTORY | The directory where log files will be stored. Default: .mcp_server_unitycatalog . | Optional |
Usage with Claude Desktop or VSCode Cline
Add this to your claude_desktop_config.json
(or cline_mcp_settings.json
):
- Note: replace '/Users/username' with the a path that you want to be accessible by this tool
Building
Docker:
Future Plans
- Implement support for
list_functions
. - Implement support for
get_function
. - Implement support for
create_python_function
. - Implement support for
execute_function
. - Implement support for
delete_function
. - Implement semantic catalog explorer tools.
- Add Docker image.
- Implement
use_xxx
methods. In the current implementation,catalog
andschema
need to be defined when starting the server. However, they will be implemented asuse_catalog
anduse_schema
functions, dynamically updating the list of available functions when theuse_xxx
is executed.
License
This MCP server is licensed under the MIT License. This means you are free to use, modify, and distribute the software, subject to the terms and conditions of the MIT License. For more details, please see the LICENSE file in the project repository.
This server cannot be installed
A Model Context Protocol server that provides access to Unity Catalog Functions, allowing AI assistants to list, get, create, and delete functions within Unity Catalog directly through a standardized interface.